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| Analyzed File | better_combined_thickerinnerlid v7 |
| Version | Autodesk Fusion 360 (2.0.8809) |
| Creation Date | 2020-08-21, 23:21:30 |
| Author | ryanh |
Project Properties
Title Studies Author ryanh
Simulation Model 1:1
Study Type Modal Frequencies Last Modification Date 2020-08-21, 21:57:54
Contact Tolerance 0.1 mm Number of Modes 10 Frequency Range [Hz] No Compute Preloaded Modes Yes Enhanced Accuracy No
Average Element Size (% of model size) Solids 3 Scale Mesh Size Per Part No Average Element Size (absolute value) - Element Order Parabolic Create Curved Mesh Elements Yes Max. Turn Angle on Curves (Deg.) 60 Max. Adjacent Mesh Size Ratio 1.5 Max. Aspect Ratio 10 Minimum Element Size (% of average size) 20
Number of Refinement Steps 0 Results Convergence Tolerance (%) 20 Frequency Mode 1
Component Material Safety Factor Body1 Aluminum Yield Strength Body2 Aluminum Yield Strength Body3 Aluminum Yield Strength Body4 Aluminum Yield Strength better_combined_innerlid v10:1 Aluminum Yield Strength better_combined_innerlid v10:1/weight_lids v2:1 Aluminum Yield Strength better_combined_innerlid v10:1/weight_lids v2:2 Aluminum Yield Strength better_combined_innerlid v10:1/better_combined v18:1/axel v5:1 Aluminum Yield Strength better_combined_innerlid v10:1/better_combined v18:1/design_MArk2 v17:1 Aluminum Yield Strength better_combined_innerlid v10:1/better_combined v18:1/weights v2:1 Steel Yield Strength better_combined_innerlid v10:1/better_combined v18:1/weights v2:2 Steel Yield Strength better_combined_innerlid v10:1/better_combined v18:1/holders v12:1 Aluminum Yield Strength better_combined_innerlid v10:1/better_combined v18:1/holders v12:2 Aluminum Yield Strength
Density 2.7E-06 kg / mm^3 Young's Modulus 68900 MPa Poisson's Ratio 0.33 Yield Strength 275 MPa Ultimate Tensile Strength 310 MPa Thermal Conductivity 0.23 W / (mm C) Thermal Expansion Coefficient 2.36E-05 / C Specific Heat 897 J / (kg C)
Density 7.85E-06 kg / mm^3 Young's Modulus 210000 MPa Poisson's Ratio 0.3 Yield Strength 207 MPa Ultimate Tensile Strength 345 MPa Thermal Conductivity 0.056 W / (mm C) Thermal Expansion Coefficient 1.2E-05 / C Specific Heat 480 J / (kg C)
Name [M] [S] Bonded1 [weight_lids v2:1||Simulation Model 1:1(Body4)] [M] [S] Bonded2 [weight_lids v2:2||Simulation Model 1:1(Body4)] [M] [S] Bonded3 [axel v5:1||Simulation Model 1:1(Body4)] [M] [S] Bonded4 [holders v12:1||Simulation Model 1:1(Body4)] [M] [S] Bonded5 [holders v12:2||Simulation Model 1:1(Body4)] [M] [S] Bonded6 [weights v2:1||Simulation Model 1:1(Body4)] [M] [S] Bonded7 [weights v2:2||Simulation Model 1:1(Body4)] [S] Bonded8 [weights v2:2||holders v12:2] [S] Bonded9 [weights v2:1||holders v12:1] [S] Bonded10 [design_MArk2 v17:1||weights v2:1] [S] Bonded11 [design_MArk2 v17:1||holders v12:1] [S] Bonded12 [design_MArk2 v17:1||holders v12:1] [S] Bonded13 [design_MArk2 v17:1||holders v12:1] [S] Bonded14 [design_MArk2 v17:1||weights v2:1] [S] Bonded15 [design_MArk2 v17:1||weights v2:1] [S] Bonded16 [design_MArk2 v17:1||weights v2:2] [S] Bonded17 [design_MArk2 v17:1||holders v12:2] [S] Bonded18 [design_MArk2 v17:1||holders v12:2] [S] Bonded19 [design_MArk2 v17:1||weights v2:2] [S] Bonded20 [design_MArk2 v17:1||weights v2:2] [S] Bonded21 [design_MArk2 v17:1||holders v12:1] [S] Bonded22 [design_MArk2 v17:1||holders v12:1] [S] Bonded23 [design_MArk2 v17:1||weights v2:1] [S] Bonded24 [design_MArk2 v17:1||holders v12:2] [S] Bonded25 [design_MArk2 v17:1||holders v12:2] [S] Bonded26 [design_MArk2 v17:1||weights v2:2] [S] Bonded27 [design_MArk2 v17:1||weights v2:1] [S] Bonded28 [design_MArk2 v17:1||holders v12:2] [S] Bonded29 [design_MArk2 v17:1||weights v2:2] [S] Bonded30 [axel v5:1||design_MArk2 v17:1] [S] Bonded31 [weight_lids v2:2||holders v12:1] [S] Bonded32 [weight_lids v2:2||weights v2:1] [S] Bonded33 [weight_lids v2:2||design_MArk2 v17:1] [S] Bonded34 [weight_lids v2:1||holders v12:2] [S] Bonded35 [weight_lids v2:1||weights v2:2] [S] Bonded36 [weight_lids v2:1||design_MArk2 v17:1] [S] Bonded37 [better_combined_innerlid v10:1||weight_lids v2:2] [S] Bonded38 [better_combined_innerlid v10:1||weight_lids v2:1] [S] Bonded39 [better_combined_innerlid v10:1||design_MArk2 v17:1] [S] Bonded40 [better_combined_innerlid v10:1||design_MArk2 v17:1] [S] Bonded41 [better_combined_innerlid v10:1||design_MArk2 v17:1] [S] Bonded42 [better_combined_innerlid v10:1||design_MArk2 v17:1] [S] Bonded43 [better_combined_innerlid v10:1||design_MArk2 v17:1] [S] Bonded44 [better_combined_innerlid v10:1||design_MArk2 v17:1] [S] Bonded45 [better_combined_innerlid v10:1||design_MArk2 v17:1] [S] Bonded46 [better_combined_innerlid v10:1||design_MArk2 v17:1] [S] Bonded47 [better_combined_innerlid v10:1||weights v2:1] [S] Bonded48 [better_combined_innerlid v10:1||holders v12:1] [S] Bonded49 [better_combined_innerlid v10:1||holders v12:1] [S] Bonded50 [better_combined_innerlid v10:1||holders v12:1] [S] Bonded51 [better_combined_innerlid v10:1||weights v2:1] [S] Bonded52 [better_combined_innerlid v10:1||weights v2:1] [S] Bonded53 [better_combined_innerlid v10:1||weights v2:2] [S] Bonded54 [better_combined_innerlid v10:1||holders v12:2] [S] Bonded55 [better_combined_innerlid v10:1||holders v12:2] [S] Bonded56 [better_combined_innerlid v10:1||weights v2:2] [S] Bonded57 [better_combined_innerlid v10:1||weights v2:2] [S] Bonded58 [better_combined_innerlid v10:1||holders v12:1] [S] Bonded59 [better_combined_innerlid v10:1||holders v12:1] [S] Bonded60 [better_combined_innerlid v10:1||weights v2:1] [S] Bonded61 [better_combined_innerlid v10:1||holders v12:2] [S] Bonded62 [better_combined_innerlid v10:1||holders v12:2] [S] Bonded63 [better_combined_innerlid v10:1||weights v2:2] [S] Bonded64 [better_combined_innerlid v10:1||weights v2:1] [S] Bonded65 [better_combined_innerlid v10:1||holders v12:2] [S] Bonded66 [better_combined_innerlid v10:1||weights v2:2] [S] Bonded67 [better_combined_innerlid v10:1||axel v5:1] [S] Bonded68 [Simulation Model 1:1(Body4)||design_MArk2 v17:1] [S] Bonded69 [Simulation Model 1:1(Body4)||better_combined_innerlid v10:1] [S] Bonded70 [Simulation Model 1:1(Body4)||design_MArk2 v17:1] [S] Bonded71 [Simulation Model 1:1(Body4)||better_combined_innerlid v10:1] [S] Bonded72 [Simulation Model 1:1(Body4)||design_MArk2 v17:1] [S] Bonded73 [Simulation Model 1:1(Body4)||better_combined_innerlid v10:1] [S] Bonded74 [Simulation Model 1:1(Body4)||design_MArk2 v17:1] [S] Bonded75 [Simulation Model 1:1(Body4)||better_combined_innerlid v10:1] [S] Bonded76 [Simulation Model 1:1(Body4)||design_MArk2 v17:1] [S] Bonded77 [Simulation Model 1:1(Body4)||better_combined_innerlid v10:1] [S] Bonded78 [Simulation Model 1:1(Body4)||design_MArk2 v17:1] [S] Bonded79 [Simulation Model 1:1(Body4)||better_combined_innerlid v10:1] [S] Bonded80 [Simulation Model 1:1(Body4)||design_MArk2 v17:1] [S] Bonded81 [Simulation Model 1:1(Body4)||better_combined_innerlid v10:1] [S] Bonded82 [Simulation Model 1:1(Body4)||design_MArk2 v17:1] [S] Bonded83 [Simulation Model 1:1(Body4)||better_combined_innerlid v10:1] [S] Bonded84 [Simulation Model 1:1(Body4)||weights v2:1] [S] Bonded85 [Simulation Model 1:1(Body4)||holders v12:1] [S] Bonded86 [Simulation Model 1:1(Body4)||holders v12:1] [S] Bonded87 [Simulation Model 1:1(Body4)||weights v2:1] [S] Bonded88 [Simulation Model 1:1(Body4)||weights v2:1] [S] Bonded89 [Simulation Model 1:1(Body4)||weights v2:2] [S] Bonded90 [Simulation Model 1:1(Body4)||holders v12:2] [S] Bonded91 [Simulation Model 1:1(Body4)||holders v12:2] [S] Bonded92 [Simulation Model 1:1(Body4)||weights v2:2] [S] Bonded93 [Simulation Model 1:1(Body4)||weights v2:2] [S] Bonded94 [Simulation Model 1:1(Body4)||holders v12:1] [S] Bonded95 [Simulation Model 1:1(Body4)||holders v12:1] [S] Bonded96 [Simulation Model 1:1(Body4)||holders v12:2] [S] Bonded97 [Simulation Model 1:1(Body4)||holders v12:2] [S] Bonded98 [Simulation Model 1:1(Body4)||weights v2:1] [S] Bonded99 [Simulation Model 1:1(Body4)||weights v2:2] [S] Bonded100 [Simulation Model 1:1(Body3)||better_combined_innerlid v10:1] [S] Bonded101 [Simulation Model 1:1(Body3)||design_MArk2 v17:1] [S] Bonded102 [Simulation Model 1:1(Body3)||better_combined_innerlid v10:1] [S] Bonded103 [Simulation Model 1:1(Body3)||design_MArk2 v17:1] [S] Bonded104 [Simulation Model 1:1(Body3)||better_combined_innerlid v10:1] [S] Bonded105 [Simulation Model 1:1(Body2)||better_combined_innerlid v10:1] [S] Bonded106 [Simulation Model 1:1(Body2)||design_MArk2 v17:1] [S] Bonded107 [Simulation Model 1:1(Body2)||better_combined_innerlid v10:1] [S] Bonded108 [Simulation Model 1:1(Body2)||design_MArk2 v17:1] [S] Bonded109 [Simulation Model 1:1(Body2)||better_combined_innerlid v10:1] [S] Bonded110 [Simulation Model 1:1(Body1)||better_combined_innerlid v10:1] [S] Bonded111 [Simulation Model 1:1(Body1)||design_MArk2 v17:1] [S] Bonded112 [Simulation Model 1:1(Body1)||better_combined_innerlid v10:1] [S] Bonded113 [Simulation Model 1:1(Body1)||design_MArk2 v17:1] [S] Bonded114 [Simulation Model 1:1(Body1)||better_combined_innerlid v10:1]
Type Nodes Elements Solids 420078 267733
Type Frictionless
Type Pin Radial Yes Axial Yes Tangential No
Type Pin Radial Yes Axial Yes Tangential No
Type Gravity Magnitude 9.807 m / s^2 X Value 0 m / s^2 Y Value 0 m / s^2 Z Value -9.807 m / s^2
Type Angular Global Load Velocity Magnitude 360 deg / s X Value 0 deg / s Y Value 0 deg / s Z Value -360 deg / s X Distance 0 mm Y Distance 0 mm Z Distance 0 mm
Frequency Participation X Participation Y Participation Z Mode 1: 130.3 Hz 0.0022 0 0 Mode 2: 693.8 Hz 0 0.0009 0.0504 Mode 3: 1016 Hz 0 0.0024 61.0096991 Mode 4: 1059 Hz 0.0013 0 0.0105 Mode 5: 1222 Hz 0 0.0065 0.434100023 Mode 6: 1234 Hz 0 0 0.040799999 Mode 7: 1572 Hz 0.012899999 0.0001 0.0734 Mode 8: 1589 Hz 0.0001 0.0181 15.7124996 Mode 9: 2216 Hz 0.0003 83.7180972 0.0005 Mode 10: 2715 Hz 47.1212 0.0003 0
0
1
0
0
0
0
0
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